Rhode Island Department of Education
Lesson Plan
Lesson Title: Review

State Standards:
(GLEs/GSEs)
GSE - PS1 (9-11) - 4

National Standards:


Context of Lesson:
This is the last class before the unit exam. This class will be used as a review. The review will be student centered and hopefully led by the students.

Opportunities to Learn:
Depth of Knowledge:

  • Level 1
    • Identify the number of elements in a compound.
    • Identify characteristics of ionic and molecular compounds.
    • Define the octet rule.
    • Draw a lewis dot diagram of compounds with 2-5 atoms.
    • Identify if a covalent bond is single, double, triple, or coordinate covalent.
    • Explain why compounds are shaped the way they are using VESPR theory.
    • Draw the molecular geometries of molecules.
    • Describe how electronegativities determine the distribution of charge in a polar molecule.
    • Label the positive and negative dipoles in a polar molecule.
    • Label a molecules bases on what types of intermolecular forces it contains.
  • Level 2
    • Describe why a compound contains a single, double, triple, or coordinate covalent bond.
    • Determine the molecular geometry of compounds.
    • Compare the strength of intermolecular forces to ionic and covalent bonds.
    • Organize 3 compounds in order of increasing bond strength.
    • Describe how oxygen atoms are bonded in ozone.
    • Organize 3 compounds in order of increasing bond strength.
    • Organize 3 compounds in order of decreasing bond dissociation energy.
  • Level 3
    • Differentiate between the melting and boiling points of ionic verses molecular compounds.
    • Hypothesize on what types of shapes a molecule can have.
    • Draw Conclusions about the shapes of molecules.
    • Differentiate between the different intermolecular forces.
    • Assess the effects of bonding and molecular geometry on a molecules chemical properties.
  • Level 4
    • Apply the octet rule to a molecular compound.
    • Apply concepts to analyze the reasons why molecules can form different shapes (repulsion, lone electron pairs, etc.)

Prerequisite Knowledge:

  • Bonding
  • Periodic Table
  • Molecular Geometry
  • Bond dissociation energy/resonance
  • Lewis structures
  • Intermolecular forces

Plans for Differentiating Instruction:
During the student led review I will be presenting information verbally and visually. I will also try to get the students to answer each others questions and come to the board.

Accommodations and modifications:
I will be passing out a review sheet to the students.

Environmental factors:
The students will be sitting in groups.

Materials:


Objectives:

  • Students will differentiate between the melting and boiling points of ionic verses molecular compounds.
  • Students will identify the number of elements in a compound.
  • Students will write a lewis dot diagram of molecules with 2-5 atoms.
  • Students will define the octet rule.
  • Students will apply the octet rule to a molecular compound.
  • The students will be able to identify if a covalent bond is single, double, triple, or coordinate covalent.
  • The students will describe why a compound contains a single, double, triple, or coordinate covalent bond.
  • When given 3 compounds the students will organize them in order of increasing bond strength.
  • When given 3 compounds the students will organize them in order of decreasing bond dissociation energy.
  • Students will describe how oxygen atoms are bonded in ozone.
  • The students will determine the molecular geometry of compounds.
  • The students will explain why compounds are shaped the way they are using VESPR theory.
  • The students will draw the molecular geometries of molecules.
  • The students will describe how electronegativities determine the distribution of charge in a polar molecule.
  • The students will label the positive and negative dipoles in a polar molecule.
  • The students will evaluate the strength of intermolecular forces compared to the strength of ionic and covalent bonds.
  • The students will differentiate between the different intermolecular forces.
  • The students will label a molecules bases on what types of intermolecular forces it contains.
  • The students will assess the effects of bonding and molecular geometry on a molecules chemical properties.

Instruction:
Opening:

  • Today we will review for the exam.
  • I am hoping that you brought questions and will lead this review.

Engagement:

  • Hand out review sheets.
  • Student led review.

Closure:

  • Any final questions?
  • Exam tomorrow.

Assessment:
The students will be assessed through questioning and the unit exam.

Reflections:
(only done after lesson is enacted)


Student Work Sample 1 – Approaching Proficiency:

Student Work Sample 2 – Proficient:

Student Work Sample 3 – Exceeds Proficiency: